- "Aircraft maintenance is the performance of tasks required to ensure the continuing airworthiness of an aircraft or aircraft part..."
The maintenance and repair of aircraft, including inspections, repairs, and overhaul of aircraft components and systems.
Aircraft Structures: This involves the study of the construction of aircraft and the materials used in aircraft structures. It also covers the inspection, maintenance, and repair of aircraft structures.
Aircraft Systems: This includes the study of aircraft systems such as electrical, hydraulic, pneumatic, and fuel systems. It covers the installation, maintenance, troubleshooting, and repair of these systems.
Aviation Regulations: This involves the study of aviation regulations such as Federal Aviation Regulations (FARs) and International Civil Aviation Organization (ICAO) standards. It covers the requirements for maintaining aircraft and ensuring airworthiness.
Aircraft Engines: This includes the study of aircraft engines, their construction, operation, and maintenance. It covers the repair, inspection, and overhaul of aircraft engines.
Avionics: This involves the study of aircraft electronics such as communication, navigation, and monitoring systems. It covers the installation, maintenance, and troubleshooting of avionic systems.
Human Factors: This includes the study of human factors that affect the maintenance of aircraft. It covers issues such as fatigue management, human error, and human performance in aviation maintenance.
Maintenance Management: This involves the study of maintenance scheduling, logistics, and supply chain management in aviation maintenance. It covers the principles of maintenance management and the use of maintenance tracking systems.
Inspection Techniques: This includes the study of various inspection techniques used in aviation maintenance such as visual, eddy current, and ultrasonic inspections. It covers the use of inspection tools and equipment.
Quality Control: This involves the study of quality control principles and practices in aviation maintenance. It covers the use of quality control tools and techniques to ensure the quality and safety of aircraft maintenance.
Safety Management: This includes the study of safety management principles and practices in aviation maintenance. It covers the identification and mitigation of risks in aviation maintenance.
Aircraft Maintenance Programs: This involves the study of aircraft maintenance programs, their structure, and management. It covers the development and implementation of maintenance programs to ensure airworthiness.
Aerodynamics: This includes the study of the principles of flight and the behavior of aircraft in flight. It covers the effects of aerodynamics on aircraft performance and maintenance.
Materials Science: This involves the study of the properties of materials used in aviation maintenance such as metals, composites, and plastics. It covers the selection, testing, and maintenance of aircraft materials.
Welding and Fabrication: This includes the study of welding and fabrication principles and practices in aviation maintenance. It covers the use of welding and fabrication techniques to repair aircraft structures.
Aircraft Paint and Finishing: This involves the study of aircraft paint and finishing techniques. It covers the application, removal, and maintenance of aircraft paint and finishes.
Corrosion Control: This includes the study of corrosion control principles and practices in aviation maintenance. It covers the prevention and treatment of corrosion in aircraft structures and systems.
Ground Support Equipment: This involves the study of ground support equipment used in aviation maintenance such as jacks, tow bars, and test equipment. It covers the use and maintenance of ground support equipment.
Tool and Equipment Maintenance: This includes the study of tool and equipment maintenance principles and practices in aviation maintenance. It covers the use, maintenance, and calibration of aircraft maintenance tools and equipment.
Environmental Protection: This involves the study of environmental protection principles and practices in aviation maintenance. It covers the handling and disposal of hazardous materials, waste, and fluids.
Accident Investigation: This includes the study of accident investigation principles and practices in aviation maintenance. It covers the identification and analysis of factors contributing to aircraft accidents and incidents.
Airframe maintenance: This type of maintenance deals with the physical structure of an aircraft, including the wings, fuselage, tail, and control surfaces.
Powerplant maintenance: This category deals with the maintenance of aircraft engines, such as inspection, repair, and replacement of engine parts.
Avionics maintenance: This field involves the electronic systems in an aircraft, including navigational and communication equipment, radar systems, and autopilot systems.
Propeller maintenance: This type of maintenance deals with the maintenance of propellers on an aircraft.
Electrical maintenance: This field of aviation engineering addresses the electrical components of an aircraft, such as wiring, lighting, and electrical generators.
Instrumentation maintenance: This type of maintenance deals with the repair and maintenance of aircraft instruments, including altimeters, airspeed indicators, and compasses.
Hydraulic maintenance: This field of aviation engineering focuses on the hydraulic systems that control various aircraft components, including the landing gear and flaps.
Pneumatic maintenance: This type of maintenance deals with the maintenance of pneumatic systems, such as air conditioning and cabin pressure systems.
Sheet metal maintenance: This field of aviation engineering involves the repair and replacement of sheet metal components on an aircraft, including repair of cracks and corrosion.
Interior maintenance: This category deals with the maintenance of the interior components of an aircraft, including seats, carpets, and cabinetry.
Quality assurance/inspections: This field deals with the inspection and auditing of aircraft maintenance practices to ensure compliance with regulatory requirements and industry standards.
Repair and overhaul: This type of aviation maintenance involves significant repairs and reconditioning of aircraft components, such as engines and avionics.
Nondestructive testing: This field of aviation engineering involves the use of various techniques to inspect aircraft components without causing damage, such as X-ray and ultrasound inspections.
Safety management system: This category involves proactive safety measures to manage potential hazards and improve overall safety in aviation maintenance.
Reliability maintenance: This type of aviation engineering focuses on the reliability and availability of components and systems, including predictive maintenance practices to reduce downtime.
- "...overhaul, inspection, replacement, defect rectification, and the embodiment of modifications, compliance with airworthiness directives and repair."
- "To ensure the continuing airworthiness of an aircraft or aircraft part..."
- "...inspection..."
- "...defect rectification..."
- "...the embodiment of modifications..."
- "...airworthiness directives..."
- "...compliance with airworthiness directives..."
- "...ensure the continuing airworthiness of an aircraft..."
- "...tasks required to ensure the continuing airworthiness..."
- "...compliance with airworthiness directives..."
- "...overhaul..."
- "...replacement..."
- "...the embodiment of modifications..."
- "...defect rectification..."
- "...compliance with airworthiness directives..."
- "...repair..."
- "The performance of tasks required..."
- "...ensure the continuing airworthiness..."
- "The performance of tasks required..."